Latest Articles for Urban Planning

Explore the growing issues and innovative methods for detecting unmanned aerial vehicles.

A new tool enhances how we interpret surface changes using remote sensing data.

Examining optimal transport and Lax-Oleinik operators for efficient resource movement.

A novel technique captures dynamic city scenes using data from moving vehicles.

Integrating street-view images into driving routes enhances user experience.

Explore how street view imagery aids urban planners in creating better cities.

Introducing HSIMamba, a method for improved hyperspectral image classification with efficiency.

New approach enhances sidewalk detection for autonomous vehicles.

New methods improve safety by predicting out-of-sight pedestrian movements for autonomous vehicles.

This research applies antifragility to improve urban traffic management during disruptions.

R T-LLM improves traffic forecasting accuracy and explains its predictions.

A method to help computers identify physical properties from images.

Examining strategies to reduce bus delays and improve passenger experience.

A new dataset combining images and LiDAR data for advanced 3D reconstruction.

Using deep learning to improve public transit efficiency and reduce costs.

A look at optimizing HVAC systems in electric buses for efficiency and comfort.

A look at facility location problems and the impact of scaling functions.

This article looks at how social groups separate in urban areas.

Examining the impact and solutions for urban transit bus idling.

CASGNN improves missing data imputation by focusing on causal relationships.

A new method improves understanding of socioeconomic models using satellite imagery.

A look at methods for filling gaps in tensor time series datasets, focusing on NYC taxi data.

Exploring optimal transport with constraints for effective resource movement.

New methods enhance image quality in satellite imagery.

A new method enhances the quality of low-resolution satellite images.

A new method improves the analysis of seismic data to enhance earthquake safety.

New methods improve the construction of detailed 3D REMs for better spectrum management.

Innovative system enhances data integration and visualization for urban planning.

A framework to optimize computing resources for modern transportation systems.

Exploring how sound field reconstruction impacts audio experiences across various applications.

A study on extreme weather and health risks across Australia.

New method improves image reconstruction using perspective changes.

AI speeds up park design, enhancing creativity and efficiency for landscape designers.

A new model improves traffic speed prediction through causal analysis and data adaptation.

Exploring effective mechanisms for placing service facilities based on user demand.

A new method improves vehicle positioning using 5G and onboard sensors.

A new framework aims to reduce accidents at urban intersections using connected vehicles.

GeoFlood helps predict water spread during floods, improving safety and preparedness.

Dynamic Proxy Domain enhances crowd localization accuracy across diverse scenarios.

A new method assesses pedestrian risks at crossings using real-time data.